Cloud Computing (Includes Typical MCQ's) For MSBTE I Scheme Sem 6 Information Technology (CO/CM/IF/CW) Elective II Course Code : 22624 Academic Year 2019-2020  (Paperback, Dr. Pankaj Agarkar, Prof. Yogesh Kisan Mali, Prof. Rahul Mahavir Patil)

Unit I : Fundamentals of Cloud Computing (Refer Chapter 1) 1a. Explain the specified characteristics of Cloud Computing. 1b. Compare the given Cloud Deployment Models on the given criteria. 1c. Explain the given service offered by identified Cloud Service Model. l d. Explain the given component of cloud computing architecture 1e. Write steps to use Cloud Based Integrated Development Environment to develop the given application 1.1 Cloud Computing, Essential characteristics of cloud computing 1.2 Cloud Deployment Model: Public cloud, Private cloud, Community cloud, Hybrid cloud 1.3 Cloud Service Models: laaS, PaaS, Saas 1.4 Cloud Economics and Benefits 1.5 Architecture of Cloud Computing 1.6 Cloud Computing Infrastructure 1.7 Cloud-Based Integrated Development Environment (IDE) to write, run, and debug code with a browser. Unit II : Virtualization (Refer Chapter 2) 2a. Explain the given feature of Virtualization. 2b. Explain the characteristics of the specified Virtualization type 2c. Write generic steps to build a virtual machine using VMWare on the given OS. 2d. Describe the given disadvantage of Virtualization. 2.1 Introduction, Virtualization Reference Model, Characteristics of virtualized environment 2.2 Virtualization Types 2.3 Technology Example: VMWare, Microsoft Hyper-V, KVM , Xen 2.4 Advantages: Virtual Machine (VM), VM Migration, VM Consolidation, VM Management 2.5 Disadvantages of Virtualization Unit III : Storage in Clouds (Refer Chapter 3) 3a. Explain the given component of storage system architecture. 3b. Write steps to design storage system for the given cloud set- up. 3c. Compare GFS and HDFS based on the given criteria. 3.1 Storage System Architecture, 3.2 Virtualize Data Centre (VDC) Architecture, VDC Environment, server, storage, networking, desktop and application virtualization techniques and benefits. 3.3 Block and file level storage virtualization, Virtual Provisioning, and automated storage tiering, Virtual storage area network (VSAN) and benefits, 3.4 Cloud file systems: Google File System GFS and Hadoop Distributed File System HDFSUnit IV : Cloud monitoring and management (Refer Chapter 4) 4a. Describe the given component of federated cloud computing. 4b. Compare different types of SLA based on the given criteria. 4c. Describe the given cloud interface standard. 4d. Explain the steps to use relevant technique for managing the given Cloud resource. 4.1 Service Provider and users 4.2 An architecture of federated cloud computing 4.3 Service Level Agreement (SLA) management: Types of SLA, Life cycle of SLA. 4.4 Service catalog, management and functional interfaces of services, 4.5 Cloud portal and its functions 4.6 Cloud Service life cycle phases: Service planning, service creation, service operation and service termination 4.7 Cloud resource management • Ab-initio Resource Assignment • Periodic Resource Optimization Unit V : Security in Cloud Computing (Refer Chapter 5) 5a. Explain the given security related risk in Cloud Computing. 5b. Explain the specified feature of Key security terminology for data security. 5c. Write steps to implement the given Technology for Securing the Data on cloud. 5d. Write steps to manage the Identity and Access facility of given Cloud set-up. 5e. Explain the given feature of Security- As-A-Cloud Service. 5.1 Cloud Security Fundamentals 5.2 Cloud Risk, Cloud Risk division • Polity and Organizational Risks • Technical Risks • Legal risks 5.3 Technologies for Data security, Data security risk 5.4 Digital identity and access management, 5.5 Content level security 5.6 Security-As-A-Cloud Service Unit VI : Trends and future in cloud (Refer Chapter 6) 6a. Explain the characteristics of the given Enabling Technology with the IoT. 6b. Select relevant cloud platform for the identified application with justification. 6c. Describe the features of the given type of cloud-based smart device. 6d. Compare features of the given cloud platforms on the specified criteria. 6.1 Cloud trends in supporting Ubiquitous Computing 6.2 Enabling Technologies with the Internet of Things (RFID), Sensor Networks and ZigBee Technologies, GPS) 6.3 Innovative Applications with the Internet of Things (Ex: Smart Buildings and Smart Power Grid) 6.4 Future of Cloud-Based smart Devices, Home Based Cloud Computing, Energy Aware Cloud Computing. 6.5 Cloud Platforms: EC2 and S3, Microsoft Azure, Cloudstack, Intercloud, Google App Engine, Open Source cloud Eucalyptus, Open stack, Open Nebulla, etc.,